Testing items
- Automatic recognition of color and properties
Chemistry and Immunology Projects
- Fecal occult blood
- Transferrin
- Rotavirus
- Adenovirus
- Helicobacter pylori
- Calprotectin
- Lactoferrin
Formed Elements in Stool Specimens
Detectable under a microscope, including:
- Red blood cells
- White blood cells
- Crystals
- Eggs
- Bacteria
- Fungi
- Fat globules
- Starch granules
Detection Principle
- Utilizes artificial intelligence (AI) machine vision technology to assess stool color, properties, chemistry, immunology, and formed components with precision.
- Automatically analyzes and identifies test results, enhancing diagnostic accuracy and efficiency in gastrointestinal health assessment.
- Reduces manual intervention while providing rapid and reliable detection of abnormalities, supporting early disease diagnosis.
Product feature detail diagram

Product Features
The whole process is closed to ensure biosafety
Intelligent Specimen Pre-Treatment: Uses an adaptive stirring control system that automatically adjusts time and strength based on specimen properties, ensuring complete release of pathological components while preserving cell morphology integrity.
Dynamic Filter System for Pathological Component Enrichment: Equipped with dual-sided filters, effectively removes food residues and concentrates pathological elements—especially parasitic eggs—to boost positive detection rates.
Multi-Layer Automatic Focusing & High-Definition Imaging: Newly upgraded confocal imaging system with high and low magnification, Z-axis focal length stabilization, and multi-layer automatic focusing, ensuring layered specimen photography, accurate color restoration, and enhanced visibility of subtle structures.
Optimized Diagnostic Operations Using Bullet Clip-Based Test Integration
Bullet Clip Test Card Design: Features a plug-and-play mechanism, allowing quick and effortless loading while freeing up manpower for other tasks.
Flexible Test Item Selection: Supports 1–10 configurable test items, enabling customized diagnostics tailored to specific patient needs.
Optimized Workflow Efficiency: The modular approach ensures seamless integration into laboratory operations, enhancing speed and accuracy in chemical and immunological testing.
Original disposable counting chamber
Time-Sharing Sedimentation: Supports six counting plates simultaneously, optimizing sample processing efficiency and reducing turnaround time in high-throughput environments.
Enhanced Inspection Workflow: The structured sedimentation process improves comprehensive analysis, ensuring accurate and reproducible results across multiple specimens.
Constant temperature incubation results are reliable
100 Incubation Positions: Supports high-throughput testing, allowing multiple samples to be processed simultaneously while ensuring uniform incubation across all test cards.
Reliable & Accurate Results: The system’s temperature stability and uniformity enhance assay precision, reducing variability and improving diagnostic confidence.
Intelligent analysis and accurate identification
Continuous Learning & Optimization: Trained on a massive user database, the system self-improves through deep learning, refining its ability to identify diverse tangible elements.
Reduced Personnel Review Burden: Automates precise identification, minimizing manual verification efforts and streamlining laboratory workflows.
Quality control fully guarantees inspection quality
Validated Performance: These quality control materials are designed to verify the precision of fecal occult blood (FOB) and transferrin assays, supporting consistent and reproducible results.
Regulatory Compliance & Traceability: The system aligns with laboratory accreditation standards, offering long shelf-life controls and traceable testing protocols.

